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The Kilpatrick rope model reflects NRICH's view of the characteristics of a good mathematician.
Our curriculum tags and mapping documents identify the Conceptual Understanding and Procedural Fluency that each of our problems helps to develop.
If students are going to be good mathematicians, they also require a Productive Disposition. This means that they are positive about the subject and positive about their ability to make progress. When faced with a new task, students display a mathematical mindset, by being:
The final two threads of the rope model focus on key mathematical thinking skills. Students need to demonstrate Strategic Competence. In order to make this possible:
Throughout this process, students also need to demonstrate Adaptive Reasoning. They are required to communicate their ideas and any general insights by:
To see how we have adapted this model for use with students, see What Makes a Good Mathematician?.
To offer students the opportunity to develop all five strands of the rope model, you may find the following collections of tasks helpful:
For Primary teachers:
Problems arranged by curriculum topics
Problems arranged by mathematical thinking skills
Problems arranged by mathematical mindsets
For Secondary teachers:
Problems arranged by curriculum topics
Problems arranged by mathematical thinking skills
Problems arranged by mathematical mindsets
Alan Wigley's Challenging Model for Teaching Mathematics describes how these problems could be used in the classroom.